Load balancing for businesses: smart energy distribution

What is load balancing?

Load balancing is the intelligent distribution of your available power across different assets and moments in time. It prevents everything from peaking at once and keeps you neatly within your connection limits. Your chargers, machines and battery each receive precisely the power they need, without overloading the grid.

The principle is straightforward. Not everything needs to draw full power at the same moment. By shifting loads intelligently, you use your connection more effectively and get more from the same supply.

Why load balancing is becoming increasingly important

Businesses consume more electricity than ever. Fleets are being electrified, heat pumps are being installed and production runs on power. At the same time, the grid is filling up. In an increasing number of locations the grid is congested and additional capacity simply is not available.

That leaves two options. You apply for a heavier connection, with long lead times and high fixed costs. Or you make smarter use of the capacity you already have.

Load balancing is that second route. It reduces your peak demand without forcing you to cut back on your activities. Three tangible benefits:

Static versus dynamic load balancing

Not every form of load balancing works equally well. There are broadly two flavours.

Static load balancing divides your power according to a fixed ratio. Ten chargers each receive one-tenth of the available capacity, for example. Simple, but rigid. If half your vehicles are not there, that capacity sits idle.

Dynamic load balancing looks at actual demand in real time. Is only one vehicle charging? It gets full capacity. Is your production line running flat out? The system throttles the chargers temporarily. This way you use every available amp, without ever exceeding your limit.

For businesses with multiple assets, dynamic load balancing is almost always the better choice. You simply get more from the same connection.

Load balancing or peak shaving: what is the difference?

The two are often confused, but they do different things.

Load balancing distributes power across your assets and across time, so nothing peaks simultaneously. Peak shaving flattens your biggest spikes, usually by drawing from a battery at exactly the right moment. More on how reducing peak demand works in practice for manufacturers.

In reality, they reinforce each other. Load balancing keeps your consumption in balance, and a battery catches the remaining peaks. Want to go deeper? Read how you can deploy battery storage as a buffer.

Load balancing with an Energy Management System

Manually juggling power is not an option. Your consumption changes by the minute, your generation is variable and your vehicles come and go. That is why you manage load balancing with an energy management system (EMS).

Tibo EMS handles this automatically and continuously. Our AI algorithm looks five minutes ahead and creates an intelligent schedule for all your assets across a 48-hour horizon. Your solar panels, battery, chargers and machines work together rather than against each other.

At Intratuin Heerhugowaard, that is precisely what happens: solar panels, a battery and chargers are controlled as one system. Generation goes where it is needed most, peaks are flattened automatically and charging stays within the limits of the existing connection.

The results speak for themselves:

Tibo EMS is hardware-agnostic. Whether you have an existing battery, are building a new charging plaza or manage multiple sites: the system connects to what you already have. You do not need to trust a black box, because you can see exactly how your energy flows and what decisions the system makes.

Managing an entire business park? Then you can take load balancing to site level and distribute capacity intelligently across multiple businesses. Read how that works in an energy hub on a business park.

Frequently asked questions